oGo

ABSTRACT

The oGo is a self-contained plastic device that can be added under the seat of any toilet. It does not significantly change the appearance of the toilet. The oGo removes unwanted odors from the toilet by drawing them through the main housing and into the activated charcoal filters that have been treated with oxygen to open millions of tiny pores between the carbon atoms. These pores attract and absorb the unwanted bathroom odors. The small component parts are designed to run quietly and effectively. The actual life of each component part will depend on the extent of the use of each individual device. There are two lithium batteries that power two small motors that operate two fans. The device is activated by two infrared motion detectors.

The title of the invention is oGo. oGo is an anagram for “odor gone out.”

The applicants and inventors of the invention are: Blair Nicole Mackenzie, 2314 Grinstead Drive, Apartment # 2, Louisville, Ky. 40204, USA, telephone 502-459-6189, email ucangetblair@yahoo.com; and Bruce LaMarr Pace, 2359 Keeneland Parkway, Owensboro, Kentucky, 42303,USA, telephone 270-685-3555, email pacebruno@adelphia.net.

CROSS-REFERENCE TO RELATED APPLICATIONS

The oGo patent application references no other patent application.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

This patent application does not fall under any federally sponsored research or development program.

BACKGROUND OF THE INVENTION

This invention deals with the problem of odors in the bathroom when the toilet is being used or after it has been used. Bathroom odors have previously been addressed by odor disguising sprays, which only mask unpleasant odors. Many bathrooms use the ceiling vent fan to remove odors from the bathroom. The intrinsic problems involved with the vent, which is the most common solution to the presence of bathroom odors, is that the odors have to enter the room to exit through the ceiling vent.

BRIEF SUMMARY OF THE INVENTION

The oGo is an attachment that fits easily under the seat of any toilet. It is designed to remove bathroom odors from the bathroom before the odors enter the room. This is an improvement over the traditional method for removing bathroom odors through a ceiling vent. The oGo solves the problem mentioned in paragraph 0005 since it eliminates the odors before they enter the room where they ordinarily must exist before they exit through the ceiling vent.

DESCRIPTION OF THE DRAWINGS

Sheet M-1: Seen in this drawing is the main plastic housing that is the oGo. This piece houses all of the component parts and provides the openings where the two filter canisters attach that hold the charcoal filters. This piece provides the passageways that draw the unwanted odors from their source into the odor-eating filters.

Sheet M-2: This drawing depicts the exploded view of the oGo model showing numbered component parts. Number 1 is the oGo model itself. The numbers 2 identify the two canisters that are the filter holders. The numbers 3 identify the two fans. The numbers 4 identify the two charcoal activated vapor filters. The numbers 9 refer to the 6 hexagon socket head cap screws —ISO 4762-M 1.6×3—that hold the two fans in place. Number 10 and number 15 refer to the two motors, which are attached to the two 3-volt batteries operating at 600 rpm. Number 11 and Number 12 are the panels for accessing the motors. Number 13 refers to the wire that connects the motor to the battery. There is one wire on each side of the devices connecting the respective motor to the corresponding battery. Number 17 and Number 20 identify the 3-volt 10-year lithium batteries. Number 18 and Number 21 refer to the panel for accessing the batteries. The numbers 19 refer to the two infrared motion detector sensors.

Sheet M-3: This drawing depicts the orthographic views of the main housing giving side, front, and top views, with dimensions plus detail A of the battery compartment and detail B of the infrared laser motion detector compartment. Detail C gives the specifications for the filter holde alignment.

Sheet-4: Drawing depicts the top view, the bottom view, and the side view of the fans with dimensions.

Sheet-5: This drawing depicts the detail of the motor and the battery. There are two of each in the main housing of the oGo.

Sheet-6: This is the detail of the infrared motion sensor. There are two of these in the main housing of the oGo.

Sheet-7: This drawing shows details of the charcoal filters and of the filter canister. There are two filters inside two canisters that are attached to the main housing.

Sheet-8: This is a parts list for the device. The numbers correspond to Sheet M-2.

DETAILED DESCRIPTION OF THE INVENTION

The oGo consists of one main plastic piece, two fans, and two filter canisters made of plastic resins manufactured through an injection mold process. Two ten-year lithium batteries are located in the sections of the main plastic piece labeled battery compartment. The batteries are 10 mm in diameter and 2.5 mm in height. The motors are 9/16″ long, ½″ wide, with a ⅛″× 1/32″ diameter shaft. The motors run at 600 rpm. The motors are connected to the two 3-volt batteries located under the fans that cap off the filter canisters. The two filter canisters hold activated charcoal vapor filters custom made to fit the filter canisters. The filters are 21 square inches of activated charcoal. A motion-activated sensor is located in the main plastic piece. Each infrared sensor is 11.1 mm×26.5 mm. This starts the motors that run the fans drawing the odors into the charcoal filters. Parts List The oGo Blair Mackenzie 502.459.6189 1 1 oGo model 2 2 Filter Canisters 3 2 Fans 4 2 Charcoal Activated Filters 9 6 Fan Bolts 10 1 Motor 11 1 Motor Access Panel 12 1 Motor Access Panel 13 2 Wiring from Sensor to Battery 15 1 Motor 17 1 3 Volt 10-Year Lithium Battery 18 1 Battery Access Panel 19 2 Infrared Motion Detector Sensors 20 1 3 Volt 10-Year Lithium Battery 21 1 Battery Access Panel Blair Mackenzie M-8 

1. We claim the oGo is an improvement over the prior art because it removes odors without any wiring or switches necessary to activate the device as described in paragraph 0015, the Detailed Description of the Invention. The device is activated by motion-activated sensors.
 2. We claim the oGo is an improvement over the prior art because it does not need a place to which it removes the odors. The oGo reconfigures the molecules that make the odors offensive and they become a clean part of the ambient air as is implied in paragraph 0018 of the Abstract.
 3. We claim the oGo is an improvement over the prior art because it is totally self-contained, in that the motors, batteries, fans, and filters are all located inside the plastic housing, as seen in Drawing M-2 and described in paragraph 0008, making it less expensive than the prior art to manufacture, ship, and install on any toilet. 